My recent emphasis is on developing models for the simulation of polymer chains and on the survey of recent polymer technology journals. I am undetaking addtional project work whenever possible in order to further my knowledge of the immense subjects of polymer science and engineering. Accurately evaluating my options at Bogazici University, I had the chance to work in the following areas in the last few months.
Studied the simulation of macromolecular chains by the Monte Carlo method by computer simulation in Matlab.
Presented a detailed report on the proposal of a extrusion experiment, suggesting the purchase of the related equipment as such experiments are invalauble to students like myself, as they allow the appreciation of the complex phenomena involved in polymer processing.
Studied viscoelasticity and creep behaviour of polymers in laboratory experiments
In addition to the above optional studies, I
have carried out extensive team
based and individual project work on core chemical engineering topics during my
studies at Bogazici University. Most of thefollowing projects I presented have
received extraordinary grades due to my profound interest and willingness to
undertake additonal work in self development.
· Detailed survey of the petroleum refining industry (Che110)
Fortran programming for flash calculations and modeling of equations of
Realistic piping design (Che232)
In depth survey of recent journals on polymer technologies, and detailed
study of selected articles (Che310)
Modeling of vapor-liquid equilibrium in Matlab, including dew, bubble
point calculations of real systems (Che321)
Heat exchanger design including 3d heat conduction (Che333)
Design of multi-component packed bed distillation column employing Matlab
Reactor design and simulation using Polymath (Che342)
Modeling of chemical engineering systems and explicit-implicit solutions
of ODE's with Matlab (Che386)
Modeling and design of polymer conformations with Matlab (Che413)
· Battery limits design of a cyclohexane plant, in addition to highly detailed reactor, seperation and piping designs for other processes based on detailed models and industrial surveys (Che433)
Please feel free to contact me for details of the above work.